MTBE removal Articles
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Involvement of a Novel Enzyme, Mdpa, in methyl tert-butyl ether degradation in methylibium petroleiphilum PM1
Methylibium petroleiphilum PM1 is a well-characterized environmental strain capable of complete metabolism of the fuel oxygenate methyl tert-butyl ether (MTBE). Using a molecular genetic system which we established to study MTBE metabolism by PM1, we demonstrated that the enzyme MdpA is involved in MTBE removal, based on insertional inactivation and complementation studies. MdpA is ...
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Effective treatment of MtBE and breakdown products using C-Sparge and Perozone®
Ozone oxidation systems like C-SpargeTM (microbubble ozone) and Perozone® (peroxide-coated ozone) are used for treatment of a variety of contaminants. From non-volatile to volatile compounds, from saturated to unsaturated compounds. The most common contaminants treated are chlorinated solvents, petroleum products and PAHs. Engineered microbubble systems with ozone (C-SpargeTM) or a combination of ...
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Testing laboratory, UK - Case Study
“I have recommended this system to other labs who perform this, and similar tests. We are more than satisfied with the build quality and engineering of the equipment – we work it hard, and it continues to deliver good results.” Company / Institution Testing laboratory, UK Product lines Parallel Evaporation Customer: Testing laboratory, UK This leading international ...
By BUCHI
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Microbubble Oxidation Smokes MTBE and BTEX. C-Sparge Ozone Microsparging for Rapid Removal of MTBE and Benzene
Untitled Document Figure 1. Master Control Unit A system called C-SpargingTM which uses ozone/air injected periodically in conjunction with a pulsing pump has been demonstrated to reduce MTBE from over 1000 ppb to less than 100 ppb in less than 40 days. The rate of decay was found to be a ten-fold reduction in monitoring wells located 3 ...
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